Abstract:- The effect of the number of the rotor slits on the performance of a high-speed, high-power, solid-rotor induction motor is numerically studied using two-dimensional finite element analysis. The theoretical background on the selection of the rotor slit number is presented. The effect of the odd number of the rotor slits on the motor torque ripple as well as on the unbalanced magnetic pull between the stator and the rotor is discussed in detail. Key-Words:- Solid rotor, induction motor, numerical analysis, unbalanced magnetic pull
International audienceThis paper presents a 2-D analytical method in the complex domain for the comp...
Conventionally the rotors of cage type induction motors are laminated. There is also the possibility...
Solid rotor induction machines are still used in high-speed systems. A two-dimensional field-circuit...
This paper deals with an analysis of three phase, two pole high speed induction machine with axially...
Compared with other types of motors, solid rotor induction motor has the simplest and most robust co...
There has been much literature on unbalanced magnetic pull in various types of electrical machine. T...
The paper presents the design, analysis and testing aspects of high speed induction machines equippe...
The efficiency of the solid-rotor induction machines depends on axial length of rotor (including the...
Solid rotor induction machines are suitable for applications which require robustness, reliability a...
Modifying the equivalent rotor resistivity with rotor end factor in 2-dimension (2-D) finite element...
Classical series production induction motors are usually adequate to most of the industrial applicat...
This master’s thesis is focused on induction motor with solid rotor. The introduction is dedicated t...
Abstract: This paper deals with the effect of rotor skewing in induction machines. Two cases of roto...
The increasing demand for high speed, direct drive systems is driving a significant research effort ...
This work deal with troubleshooting of problem parts of high-speed induction machines. Introduction ...
International audienceThis paper presents a 2-D analytical method in the complex domain for the comp...
Conventionally the rotors of cage type induction motors are laminated. There is also the possibility...
Solid rotor induction machines are still used in high-speed systems. A two-dimensional field-circuit...
This paper deals with an analysis of three phase, two pole high speed induction machine with axially...
Compared with other types of motors, solid rotor induction motor has the simplest and most robust co...
There has been much literature on unbalanced magnetic pull in various types of electrical machine. T...
The paper presents the design, analysis and testing aspects of high speed induction machines equippe...
The efficiency of the solid-rotor induction machines depends on axial length of rotor (including the...
Solid rotor induction machines are suitable for applications which require robustness, reliability a...
Modifying the equivalent rotor resistivity with rotor end factor in 2-dimension (2-D) finite element...
Classical series production induction motors are usually adequate to most of the industrial applicat...
This master’s thesis is focused on induction motor with solid rotor. The introduction is dedicated t...
Abstract: This paper deals with the effect of rotor skewing in induction machines. Two cases of roto...
The increasing demand for high speed, direct drive systems is driving a significant research effort ...
This work deal with troubleshooting of problem parts of high-speed induction machines. Introduction ...
International audienceThis paper presents a 2-D analytical method in the complex domain for the comp...
Conventionally the rotors of cage type induction motors are laminated. There is also the possibility...
Solid rotor induction machines are still used in high-speed systems. A two-dimensional field-circuit...